WO/2015/125312 MAGAZINE RAZOR||WO||27.08.2015|
||PCT/JP2014/054395||KEISE LTD.||YABE Yoshio|
[Problem] The purpose of the present invention is to provide a magazine razor that is provided with a plurality of razor blades that are consecutively arranged on a flat belt and that allows selective usage of any of the blades. [Solution]Provided is a razor with a plurality of razor blades that are arranged in a row on a flat belt. This razor has a basic configuration wherein the razor blades are positioned consecutively at a predetermined interval in a predetermined incline angle on the flat belt, the flat belt is a single flat belt or a flat endless belt using flexible resin or rubber material, tearable cutout parts are formed at predetermined intervals, and approximate edge parts of one or both sides of the flat belt have feed mechanism engaging parts which are formed consecutively to enable feeding operation of the flat belt to be controlled freely.
WO/2015/125176 DISPLAY DEVICE WITH BUILT-IN TOUCH DETECTION FUNCTION||WO||27.08.2015|
||PCT/JP2014/000931||PANASONIC LIQUID CRYSTAL DISPLAY CO., LTD.||OKE, Ryutaro|
Provided is a thin display device with a built-in touch detection function having high detection accuracy. This display device with a built-in touch detection function is characterized by comprising: a plurality of source lines and a plurality of detection lines, which extend in a first direction; a plurality of common lines and a plurality of gate lines, which extend in a second direction different from the first direction; a plurality of pixels to which image signals corresponding to an image to be displayed are supplied from the source lines; a plurality of control devices which supply, to the pixels, voltages that are based on the image signals and the potentials of the common lines; a common line drive circuit which includes a pulse generation unit that generates first pulse signals for sequentially driving the common lines, and which further includes a pulse compensation unit that, on the basis of the first pulse signals and the potentials received from all or some of the common lines, generates second pulse signals for reducing changes in the potentials of the common lines due to the potentials of the source lines and outputs each second pulse signal to a corresponding one of the common lines; and a touch detection unit which detects a pointed-to position in response to each second pulse.
WO/2015/125292 SMOKING ARTICLE PACKAGE AND BLANK FOR SMOKING ARTICLE PACKAGE||WO||27.08.2015|
||PCT/JP2014/054278||JAPAN TOBACCO INC.||IWATA, Shinichi|
A smoking article package formed by folding a blank, the package being provided with a contoured decorative section formed on at least a portion of the blank. The contoured decorative section comprises: a debossed section having a debossed surface in which the outer surface of the blank is recessed, as a result of debossing, with respect to the surroundings toward the smoking article-holding space; and an embossed section, which is formed within the planar region of the debossed section and has a protrusion obtained as a result of raising the debossed surface by embossing.
WO/2015/125246 ROTATING MACHINE SYSTEM||WO||27.08.2015|
||PCT/JP2014/054001||MITSUBISHI HEAVY INDUSTRIES COMPRESSOR CORPORATION||KISHI Toshiyuki|
A rotating machine system (1) provided with: a first rotating machine (4) having a drive shaft (5) capable of driving around the axial line; a second rotating machine (2) having a driven shaft (3) capable of rotating around the axial line and a bearing device (11), which slidably supports the driven shaft (3) with a pad surface (37) at the shaft end and in which lubricating oil is supplied to the pad surface (37); a coupling section (6), which couples the drive shaft (5) to the driven shaft (3) and transmits rotation of the drive shaft (5) to the driven shaft (3); and a baffle plate (7), which is provided between the bearing device (11) and the coupling section (6) for separating the space on the bearing device (11)-side from the space on the coupling section (6)-side.
WO/2015/125220 ROPE MOUNTING TOOL||WO||27.08.2015|
||PCT/JP2014/053825||RTB KABUSHIKI KAISHA||TERANISHI Ryohei|
[Problem] To provide a rope mounting tool, which can be easily and reliably mounted not only, of course, on the end of a rope but also on the middle thereof and which can be easily mounted on the middle of a loosened rope without unfastening the rope. [Solution] A rope mounting tool, which is obtained from an inner tube, an outer tube and a closing member, and which is mounted on a rope by squeezing the tapered outer surface of the inner tube that is to be squeezed using the squeezing tapered inner surface of the outer tube. A side surface opening, which is wider than the rope but narrower than the minimum external diameter of the inner tube, is provided on the side surface of the outer tube. The rope mounting tool is mounted on a rope by: making the side surface opening to fit around and encircle the rope so that the outer tube does not fall off; spreading the opening of the encircling inner tube, in which multiple divided sections have been connected by connecting members, to fit the inner tube around the rope and holding same by a holding means so that the inner tube does not fall off; closing the side opening of the outer tube using the closing member; and squeezing the inner tube by sliding the outer tube along the inner tube.
WO/2015/125308 ORGANIC ELECTROLUMINESCENT ELEMENT, LIGHTING APPARATUS, AND LIGHTING SYSTEM||WO||27.08.2015|
||PCT/JP2014/054378||KABUSHIKI KAISHA TOSHIBA||KATO, Daimotsu|
This organic electroluminescent element is provided with a laminated body (100) having a first section that emits light, and a second section that transmits light, said first section being provided with: a first electrode (50) that transmits light; a second electrode (80), which faces the first electrode (50), and transmits light; and an organic layer (70), which is provided between the first electrode (50) and the second electrode (80), and emits light. The organic electroluminescent element is also provided with a photorefractive structure, which faces the first electrode (50) of the first section, and which has a reflection layer (20) facing the first electrode (40), and a photorefractive layer (30) that is provided between the first electrode (50) and the reflection layer (20).
WO/2015/125216 PROTEIN DETECTION METHOD USING MASS SPECTROMETRY||WO||27.08.2015|
||PCT/JP2014/053780||SHIMADZU CORPORATION||TOYAMA Atsuhiko|
This invention provides a method for pretreating a blood-serum or blood-plasma sample in order to use mass spectrometry to detect one or more target proteins in said blood-serum or blood-plasma sample. This invention also provides a method for detecting said protein(s) in which a simple method is used to remove a protein that is present in the sample in large quantity, such as albumin, and digested peptides derived from the target protein(s) are collected. Specifically, this invention provides a method for pretreating a blood-serum or blood-plasma sample in order to use mass spectrometry to detect a target protein or proteins in said sample, said method including a step in which a protease is added to the sample under non-protein-denaturing conditions and digestion is performed and a step in which peptides obtained thereby are isolated from undigested proteins. This invention also provides a protein detection method in which mass spectrometry is performed on the obtained peptides.
WO/2015/125281 POWER MODULE, POWER CONVERSION DEVICE, AND RAILROAD VEHICLE||WO||27.08.2015|
||PCT/JP2014/054207||HITACHI, LTD.||AKIYAMA, Satoru|
Sense electrodes (SEP) which are electrically insulated from source electrodes (MSP1-4) are formed on the top surfaces of a first group of semiconductor chips (M1, M4) which increase to a first temperature during operation, and on the top surface of a second group of semiconductor chips (M2, M3) which increase to a second temperature that is higher than the first temperature during operation. The semiconductor-switching-element source sense current flowing from the sense electrodes formed on the top surfaces of the first group of semiconductor chips and the semiconductor-switching-element source sense current flowing from the sense electrodes formed on the top surfaces of the second group of semiconductor chips are outputted to sense substrates (SEE1, SEE2) which differ from one another, the difference potential of the two is obtained, and the difference potential and a standard value are compared. As a result, it is possible to detect a crack in the solder material for joining the second group of semiconductor chips and a drain substrate (DR) formed on a base substrate (BS).
WO/2015/125286 LASER CHAMBER||WO||27.08.2015|
||PCT/JP2014/054230||GIGAPHOTON INC.||IKEDA Hiroyuki|
The present invention is capable of carrying out stable electrical discharge. A laser chamber is for a discharge excitation-type gas laser device and may be provided with the following: a first discharge electrode disposed inside the laser chamber; a second discharge electrode disposed inside the laser chamber so as to face the first discharge electrode; a fan for causing laser gas to flow between the first discharge electrode and the second discharge electrode; a first insulation member disposed on the upstream side and the downstream side of the laser gas flow at the first discharge electrode; a metal damper member disposed on the upstream side of the laser gas flow at the second discharge electrode; and a second insulation member disposed on the downstream side of the laser gas flow at the second discharge electrode.
WO/2015/125218 SLIDER SUPPLYING DEVICE||WO||27.08.2015|
||PCT/JP2014/053805||YKK CORPORATION||TOISHI Yoshiyuki|
Provided is a slider supplying device that can supply one slider at a time to a chute. A slider supplying device comprises: a component transport route (30) that is connected to a component feeder (20) and that transports sliders (S) arranged in a prescribed orientation; a first stopper (41) that is provided in the component transport route (30) and that regulates the movement downstream in the slider transport direction of a first slider (S1) located the furthest downstream in the slider transport direction of the sliders (S) arranged on the component transport route (30); a second stopper (42) disposed further upstream in the slider transport direction than the first stopper (41) in the component transport route (30) and that regulates the movement downstream of a second slider (S2) located adjacent to the first slider (S1) on the upstream side; and a chute (50) to which the first slider (S1) that passes the first stopper (41) is supplied.